Textile cord air hoses are made from synthetic rubber. They are available in black and can be used in a variety of applications. These hoses can transport air, inert gases, water, and many other substances. These hoses are used in construction, mining, and engineering applications.
The hose's cover is made of chloroprene, which is a synthetic rubber that resists abrasions and corrosion. It is also resistant to weather and ozone, and has a long life expectancy. These features make it an excellent choice for many applications.
The production process for the textile cord airhose
There are several steps involved in the production of textile cord airhose. The first step is to select an appropriate cord material for the application. The second step is to choose the right heat treatment method for your material. This involves heating the material slightly and applying a little heat to it. This step reduces the risk of degrading the hose by allowing the material to maintain a consistent physical property.
Traditional production of textile cord airhose required several steps. Initially, the cord was stretched and then relaxed. This was followed by a drying step. This was done at high temperatures for a time of approximately one minute. The cord was then subject to a series test, including adhesion testing.
The raw cabled cord is coated with an adhesion agent, which may be Resorcinal-Formaldehyde-Latex (RFL). It may also contain catalytic add-ons. The treated cord is then wrapped in a package and transferred to a product storage or automated conveyor pack out unit. It can then be transferred to a customer or processed further.
The fiber producer 212 selects yarn for the production of textile cord air hose by selecting a fiber with the desired physical properties. The yarn may then be cabled using a cable twist machine. The process also involves applying heat treatment to the fiber.
the characteristics of the textile cord air hose
The textile cord air hose is a versatile air hose used for a variety of applications. These hoses are commonly used on air compressors, drilling equipment, and all types of machinery. They are lightweight and resist abrasion well. They are also incredibly flexible, making them ideal for a variety of applications. They are also very easy to handle and are available in many different sizes and types.
The major differences between a hose made of textile cord and a rubber hose made from rubber are its length and inside diameter. These factors can affect the type of hose that is most suitable for the application. A hose with a smaller inner diameter is more likely to be damaged by compressed air pressure.